Requirements:
B.Sc in Electrical Engineering or a relevant field
Strong background in IC validation (digital / analog / mixed-signal) - Min. 3 years
Hands-on experience with lab equipment (oscilloscopes, analyzers, power tools, thermal setups)
Solid understanding of HW validation methods and structured test design
Familiarity with characterization and data analysis workflows
Experience in scripting / automation for test execution - Python is an advantage
Ability to debug at system, subsystem, and block level
Highly analytical and detail-oriented
Proactive problem solver in complex silicon environments
Capable of working independently
Strong collaboration across multidisciplinary teams
Preferred Qualifications:
Board design experience
Knowledge in high speed interfaces such as Ethernet and LPDDR.

Requirements:
BSc or MSc in Electrical or Computer engineering
3+ years of hands-on experience in validation or HW/SW debug or embedded SW development.
Hands-on experience with test automation development or FW development or automated data analysis
Experience with advanced lab equipment (Scope, BERT, etc.) is strong advantage.
Experience in Signal/Power Integrity design - An advantage
Experience with analog circuits or PHY IP knowledge - An advantage
Strong sense of ownership, commitment, and responsibility
Good interpersonal communication skills.

Requirements:
What we need to see:
BSc or MSc or equivalent experience in Electrical Engineering, Computer Engineering, Computer Science or a related field.
5+ years of relevant experience in network architecture, design, or performance analysis.
Solid understanding of power consumption dynamics in network hardware (NICs, switches, cables) and systems.
Proven experience in network architecture and design, particularly for large-scale systems (Data Center, HPC, AI Clusters).
Strong understanding of network protocols (Ethernet, InfiniBand, RoCE, TCP/IP) and their impact on performance and efficiency.
Demonstrable expertise in network performance analysis, bottleneck identification, and tuning.
Familiarity with the characteristics and network demands of AI/ML workloads
Utmost passion for attention to details in design and a high focus on design quality, particularly concerning power/performance trade-offs.

Ways to stand out from the crowd:
Advanced degree or equivalent experience in a related field.
Proven dedication to system-level power/performance trade-off analysis, especially in distributed computing or large-scale network environments.
Experience in power modeling, measurement techniques, or relevant tools for network components and systems.
Proficiency with network simulation tools (e.g., ns-3, OMNeT++, proprietary tools) or performance modeling frameworks.
Understanding of silicon-level power characteristics and optimization techniques.

Requirements:
B.Sc. in Electrical Engineering - mixed-signal focus.

3-5 years of hands-on PCB design experience for production hardware of analog and digital design, including 2 years with RF circuits at 900 MHz and/or 2.4 GHz.

Proficiency in Altium Designer or OrCAD/Allegro for multi-layer high-density layout: controlled impedance, differential pairs, and RF routing.

Experience with multi-domain power architectures: DCDC converters, LDOs, power sequencing circuits, and IO level compatibility analysis.

Experience digital hardware stack: NXP i.MX RT MCU schematic and BGA layout, Ethernet PHY circuit.

Solid RF fundamentals: S-parameters, impedance matching, Smith chart, link budgets, directional couplers, as well as LNA and PA operation.

Hands on experience with lab equipment: oscilloscope, logic analyser, VNA, and spectrum analyser.

Familiarity with EMI/EMC design practices and experience supporting hardware through FCC, CE, or equivalent certification.


Advantage

Experience with angle of arrival concepts (such as BLE AoA) and the associated hardware design/constraints.

Experience with NXP MCUs hardware constraints.

Experience designing PoE (IEEE 802.3af/at) and isolated flywheel buck power delivery circuits.

Experience with HyperRAM and high-speed PCB design.

Experience with Ethernet hardware design and manufacturing RF test fixtures.

Requirements:
Minimum Qualifications
B.Sc./M.Sc. in Electrical Engineering from a top university
3+ years of experience in a relevant field
RTL design experience
Familiarity with UVM and functional verification methodologies
Preferred Qualifications
Experience with MATLAB simulations and bit-exact modeling environments
Familiarity with mixed-signal systems and environments
Knowledge and hands-on experience with Clock Domain Crossing (CDC).

Requirements:
Bachelor's degree in electrical engineering, computer engineering, or a related field.
Proven 5+ years of experience in automated test development, preferably in the semiconductor or electronics industry.
Experience in programming languages such as C/C++/JAVA/Python.
knowledge of ATE hardware platforms (e.g., Advantest or Teradyne) and test methodologies (e.g., parametric testing, functional testing).
Familiarity with electronic measurement instruments (e.g., oscilloscopes, multimeters, signal generators) and test techniques for analog and digital circuits. Advantage RF test.
Excellent problem-solving skills and the ability to troubleshoot complex issues with ATE systems and test setups.
Strong communication and interpersonal skills, with the ability to work effectively in cross-functional teams.
Detail-oriented with a focus on quality, accuracy, and efficiency in test development and execution.
Ability to work independently, prioritize tasks, and manage multiple projects simultaneously in a fast-paced environment.
Preferred Qualifications:
Experience in Mix-signals, high-speed interfaces testing fields.
Experience with test data analysis tools (e.g JMP, Spotfire, Yield HUB, Silicon Dash).

Requirements:
What we need to see:

BSc, MS, or PhD in Electrical Engineering, Computer Science, Computer Engineering, or equivalent experience.

7+ years of relevant experience in firmware, platform architecture, embedded systems, or low-level systems software.

Deep understanding of RAS principles, fault modeling, error containment, recovery policies, diagnosability, and serviceability requirements.

Experience architecting firmware for complex hardware platforms such as SoCs, accelerators, DPUs, servers, networking devices, or embedded systems.

Strong knowledge of power management concepts, including power sequencing, reset architecture, thermal and power fault handling, power state transitions, and platform recovery flows.

Familiarity with boot firmware, UEFI/BIOS, BMC, embedded controllers, RTOS, embedded Linux, or platform management stacks.

Strong understanding of hardware/software interfaces, registers, interrupts, telemetry paths, debug infrastructure, and firmware-to-hardware contracts.

Programming and debugging fundamentals across languages such as C/C++, Python/Perl scripting, Verilog, assembly, or RISC-V assembly.

Ability to lead cross-functional architecture discussions and drive alignment across hardware, firmware, software, validation, product, and customer-facing teams.

Excellent communication skills, strong technical leadership, and a real passion for working collaboratively.


Ways to stand out from the crowd:

Experience with PCIe AER, CXL RAS, memory RAS, ECC/parity, accelerator RAS, networking RAS, high-availability systems, or large-scale data center platforms.

Knowledge of ACPI, SMBIOS, UEFI, PLDM, MCTP, Redfish, IPMI, or cloud telemetry systems.

Experience with power/thermal fault handling, dynamic power management, platform power sequencing, low-power states, or autonomous recovery mechanisms.

Background in silicon bring-up, platform validation, production diagnostics, or customer failure analysis.

Prior technical leadership experience as a firmware architect, principal engineer, platform lead, or domain owner.

Requirements:
Minimum Qualifications:
B.Sc./M.Sc. in Electrical Engineering from a top university
6+ years of experience in a relevant field
RTL design experience
Familiarity with UVM and functional verification methodologies
Preferred Qualifications:
Experience with MATLAB simulations and bit-exact modeling environments
Familiarity with mixed-signal systems and environments
Knowledge and hands-on experience with Clock Domain Crossing (CDC).

Requirements:
B.Sc. in Electrical Engineering or a related field.
Hands-on experience in hardware development and board-level design.
Strong lab experience: debugging, measurements, and use of lab equipment (oscilloscopes, power supplies, etc.).
Experience with digital hardware and power systems (power supplies, regulators, etc.).
Experience writing and executing test plans and analyzing results.
Familiarity with schematic design tools and managing design environments/databases- an advantage.
Ability to work independently, set priorities, and operate in a hands-on, fast-paced environment.
Strong teamwork and communication skills, especially in lab-oriented collaboration.

Requirements:
Basic Qualifications
- Bachelor's degree or above in Mechanical Engineering.
- Knowledge of industry standard CAD & FEA design tools, industry trends, and design for manufacturability.
- 8+ years of experience as a Mechanical and/or Thermal design engineer in the electronics industry.

Preferred Qualifications
- Proficient in leading CAD software (Siemens NX, Inventor, or Creo) and experienced with ECAD-MCAD collaboration tools.
- Proficient in mechanical drawings, GD&T, and tolerance-analysis methods.
- Strong knowledge in industry standards - Ethernet, PCIe, OCP, JDEC.
- Knowledge of fiber optic and copper cabling standards and testing equipment.
- Proven experience designing products for ML/HPC and data center applications.
- Experience with design and testing of liquid cooling solutions, from cold plate to rack level manifolds.